The control panel is a control and visualization software for the telemetry data of Swissloop prototypes. The control panel is implemented as an Electron application with Node.js as it provides modularity, flexibility, and is easy to use.
The most recent version is 3.0.0, developed during the Swissloop Season 2021/2022.
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Even though this software is open-source, and you are free to adapt everything to your need, we very much appreciate the credit to the original authors in the GUI. Hence, we kindly request you to not remove the "Based on Swissloop Software" comments in the code and GUI.
Furthermore, we would like to encourage the open exchange of ideas and technologies with the whole Hyperloop community and ask you to join us by making part of your solution to the problems publicly available.
This software is by no means perfect and might still include some bugs or suboptimal code. Also, this software was developed specifically for our prototypes and should therefore be considered an implementation example rather than a finished framework. If you want to share some useful ideas and specific implementation details, don't hesitate to contact us. However, we do not have the intention nor the resources to provide any support!
The control panel is used to display the telemetry data of the pod, configure parameters and display logged data. It provides a clear illustration of all relevant data with different approaches. This includes a graphical representation of the prototype, overlaid with colors indicating the states of the subsystems and the most important values. Further, a color-coded table is used to quickly spot non-nominal values. Additionally, the error module, displaying all error messages, proved very helpful during testing and drastically increases efficiency. Finally, the standalone mock server can be used to emulate packets from a virtual prototype to develop and test new features in the control panel.
- The control panel assumes statically assigned IP addresses and fixed ports. The configuration is specified in
control_panel/config/config.js. - You can emit an emergency at all time by quickly hitting 2x Space!
Please update node to the newest version. Please refer to https://nodejs.org/en/
For Arch base Linux systems run:
pacman -S nodejs npmOn Mac run:
brew install nodeOn Ubuntu run:
sudo apt update
sudo apt install nodejs npmDownload the repository, install all required dependencies and start the application.
git clone [email protected]:swissloop/ControlPanel.git
cd ControlPanel
npm install
npm startIf required, you can automatically download the latest telemetry frame definitions from a GitHub repository and generate the parser for the binary stream.
npm run generate_parserFor this you need to configure API access to your GitHub repository containing the frame definition in control_panel/config/config.js.
-
telemetry_frame_src: URL to network_telemetry_frame.h in the form of https://api.github.com/repos/{owner}/{repo}/contents/{path} -
github_access_token: Access token (fine-grained personal access tokens)
For testing without the VCU board, a mock server is included in the mock_server folder.
To use the mock server, change the "udp_host_send" field in control_panel/config/config.js to 127.0.0.1
Run the following command to start the mock server.
npm run mockThere is also the possibility to generate and display random packets. This can be configured in control_panel/config/config.
Most of the time, it is also helpful to enable the Developer Tools. For this, go Viev ► Toggle Developer Tools in the application toolbar. Alternatively press Ctrl+Shift+I.
For the technical documentation, please refer to Technical.md.
Philip Wiese (ETHZ ETIT, Main Contributor)
[email protected] - Xeratec
Hanno Hiss (ETHZ ETIT, Season 21/22)
[email protected] - hannohiss
Roger Barton (ETHZ INF, Season 21/22)
[email protected] - rogerbarton
Yvan Bosshard (ETHZ ETIT, Season 20/21)
[email protected] - yvanbo
